Product Details
HolyBro DroneCAN RM3100 - Your UAV's North Star!
Tired of janky drones drifting aimlessly, getting disoriented or experiencing magnetic disturbances from the motor coils and metal parts? You've likely seen your unmanned vehicle lose its way due to its average compass module's inability to maintain accurate orientation calculations. Ever imagine a seamless flight, a smart vehicle navigating waypoints with little magnetic interference, or a compass that doesn't hug up your flight controller's serial ports?
Navigate the solution with the Holybro DroneCAN RM3100, the professional-grade compass module you've been dreaming of.
Product Highlights
- Absolute Precision: Adept with the art of precision, the Holybro DroneCAN RM3100 uses proprietary magneto-inductive technology for exact magnetic field measurements. It offers an impressive signal-to-noise ratio that provides professional-grade heading accuracy and perfect orientation for your vehicle.
- Metal-proof: Forget about the magnetic disturbances from motor coils and metal parts. This pro-grade compass module gives your drone the freedom to navigate through waypoints with minimal magnetic disturbance. All you need to do is place the module at a safe distance from metallic parts.
- High Resolution & Repeatable: Its superior resolution of 10nT and ultra-low magnetic hysteresis make this compass module a boon for applications that demand high heading accuracy.
- DroneCAN Protocol: Simplify your setup! With its DroneCAN output protocol, the Holybro RM3100 ensures robust and reliable connectivity over significant distances. Less complicated wiring means you can connect all your DroneCAN peripherals via a single bus without occupying any serial ports on your flight controller.
- Operational Beast: With its impressive operating temperature range of -40 to +85°C, this compass module won't let the weather rain on your drone's parade!
- Compact Connector: The module comes with a compact 4pin JST-GH1.25 output connector for easy installation and setup.
Specifications
| Parameter | Cycle Counts | Units | ||
| 50 | 100 | 200 | ||
| Field Measurement Range | -800 to +800 | μT | ||
| Gain | 20 | 38 | 75 | LSB/μT |
| Sensitivity | 50 | 26 | 13 | nT |
| Noise | 30 | 20 | 15 | nT |
|
Max Single-Axis Sample Rate
(Divide by 3 for Max. 3-Axis Sample Rate) |
1600 | 850 | 440 | Hz |
| Operating Temperature | -40 to +85 | C | ||
Included
- 1x DroneCAN RM3100 Compass
Why DroneCAN?
The DroneCAN is not just a CAN protocol. It's the CAN protocol, reigning as the prime choice for ArduPilot and PX4 projects when it comes to smooth communication with CAN peripherals. It's not just us saying that; ask any UAV builder worth their solder, and they'll tell you the same!
What makes it so good, you ask? It's simple. Openness. Just like a picnic on a sunny day, DroneCAN offers open communication, specification, and multiple open implementations. That means no pesky locked doors or exclusive clubs, just pure, open-source goodness to play around with.
Join the DroneCAN Development Community
Love getting your hands dirty with coding, testing, and making the UAV world a better place? Join the DroneCAN development community! Share insights, brainstorm solutions and chat with like-minded enthusiasts who speak your language.
You'll find lively discussions and mind-boggling revelations on our Discord server. Simply follow the yellow brick road (or rather, the link) right here to DroneCAN Discord .
Keen to contribute and make a difference? Check out our ongoing development projects on our GitHub page DroneCAN GitHub . You'll find engaging conversations, vibrant collaborations, and the opportunity to be part of something bigger.